Real-time worker safety intelligence powered by digital twins, agentic AI, and immersive XR — transforming manual radiation controls into a live, traceable safety layer.

Radiation safety in nuclear environments demands precision, speed, and continuous awareness. Traditional monitoring methods—built around manual checks, delayed reporting, and fragmented systems—struggle to keep pace with the dynamic conditions inside controlled radiation zones. This creates gaps in visibility, increases exposure risks, and slows down critical maintenance operations.
Business Objective
Augmented Operations
Primary Users
RP Officers · Field Technicians · Control Room
Environment
Reactor Zones ·  Controlled Areas

Problem Definition

Nuclear facilities rely on fragmented, manual radiation control processes. Delayed visibility, paper-based tracking, and siloed data leave gaps that expose workers to preventable harm and create compliance burdens that slow maintenance cycles.

Current State

✕  Manual dosimeter checksPeriodic readings with no continuous awareness between checks
✕  Area surveys on paperStatic snapshots with no real-time field updates or trend visibility
✕  Delayed exposure reportingPost-event documentation creates audit gaps and liability risk
✕  Fragmented permit controlsWork permits and radiation zone status maintained in disparate systems

Key Challenges

Limited real-time visibility across controlled zones · Delayed alarms that miss the exposure window · High dose risk during complex maintenance · Fragmented reporting across IT, OT, and compliance systems

Business Impact

Increased safety risks, heavy compliance burden, slower maintenance execution, audit inconsistencies, and heightened regulatory exposure due to limited visibility and fragmented systems.

Solution Overview - A Live Radiation Safety Intelligence Layer

RISE unifies worker location, radiation sensor streams, permit status, and inspection history into a contextual digital twin — giving every stakeholder real-time situational awareness and actionable guidance.

Data Sources

Radiation sensors, worker GPS/RTLS location, inspection logs, permit & work status, SCADA/DCS plant feeds, IoT edge devices

Visualization

Digital twin with live radiation overlays, zone hazard heat maps, controlled-area boundaries, worker position trails, alert dashboards

Intelligence

Threshold monitoring, anomaly detection, exposure trend analysis, predictive dose forecasting, regulatory threshold alerts

Execution

Area ingress/egress alerts, safer route guidance via AR, evacuation prompts, automated compliance logging, permit workflows

How It Works
Agentic flow: Observe · Understand · Decide · Act

Agentic flow: Observe · Understand · Decide · Act
01 Observe
Radiation sensors, worker positioning tags, inspection logs, area permit status, and plant control systems stream live data into the SNAP digital twin. Every zone, every worker, and every sensor is visible in context — in 2D plant maps, 3D spatial views, and geospatial overlays.
02 Understand
SNAP IA applies threshold monitoring, exposure trend analysis, and anomaly detection across all ingested data. The system identifies drift patterns in radiation levels, correlates worker proximity with dose accumulation, and surfaces risk conditions before they become incidents.
03 Decide
Agentic AI workflows evaluate conditions against configured safety rules, permit limits, and regulatory thresholds. The system autonomously determines whether to escalate an alert, recommend a reroute, trigger a permit lock, or prompt supervisor review — with full explainability and audit trace.
04 Act
Workers receive in-context alerts and AR-guided route instructions via SNAPxr on wearables or mobile devices. Supervisors see real-time hazard dashboards with one-tap escalation. Exposure events are logged automatically into compliance records, work permits are updated, and emergency response workflows are triggered as needed.

Co-innovation in action: turning industry expertise into intelligent solutions.

RISE Solution Components – Purpose Built Industrial Platform

Intelligence · DPL

SNAPdpl — Digital Process Logic

The agentic orchestration engine that processes OT/IoT data streams, applies radiation threshold rules, and drives automated workflows at enterprise scale.

✓ Real-time sensor stream processing & anomaly detection
✓ Exposure threshold rule engine with 250+ connectors
✓ Automated incident logging & audit trail generation
✓ Integration with SCADA, DCS, ERP, and EAM systems
✓ On-premise or cloud deployment

Execution · SNAP

SNAPxr — Augmented Execution

Delivers real-time AR overlays and immersive XR guidance to field technicians — mapping radiation zones, safe routes, and task procedures directly into the worker’s field of view.

✓ AR zone hazard overlays on HMDs and mobile devices
✓ Turn-by-turn safe route navigation in controlled areas
✓ Interactive work permit access in the field
✓ XR-based emergency evacuation drills and training
✓ Composable across AR/VR/MR/XR device ecosystem

Augmented Operations

Digital Twin + SNAP IA

A live 3D/2D digital twin of the facility fused with AI analytics — giving RP Officers, supervisors, and leadership a single pane of glass for all radiation safety operations.

✓ 360° plant visualization with radiation heat overlay
✓  Worker location tracking & exposure accumulation view
✓  Predictive dose trend analysis via SNAP IA
✓  Role-specific dashboards for field, control room & leadership
✓  Continuous compliance scoring & regulatory readiness

What RISE Brings to Radiation Protection

Find clear answers about how RISE Corp supports critical industries—including utilities, oil & gas, manufacturing, solar farms, substations, and nuclear plants—through digital operations, immersive training, and intelligent workflows.

Key Capabilities

✓  Digital Twin / 3D Visualization
✓  Agentic AI & Analytics
✓  XR / Immersive AR Guidance
✓  Workflow Automation
✓  Governance / Audit Trail
✓  Real-Time RTLS Worker Tracking
✓  Predictive Dose Forecasting
✓  Automated Compliance Logging
✓  Emergency Evacuation Simulation
✓  Multi-System OT/IoT Integration

Measurable Impact Across Safety & Operations

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Lower Exposure Risk

Real-time alerts and AR rerouting keep workers away from high-dose zones before threshold breach

Faster Incident Response

Automated agent actions compress the alert-to-response loop from hours to under 30 seconds

Audit Readiness

Auto-generated compliance logs eliminate manual documentation burden & reduce audit prep time

Maintenance Efficiency

Guided safe-access workflows & live zone status reduce task delays caused by manual radiation checks

Transformation Summary

The transition from traditional radiation safety practices to the RISE-enabled approach represents a fundamental shift from reactive control to proactive, intelligent operations. With RISE, radiation protection becomes continuous, connected, and predictive. Real-time sensor data is streamed into a live digital twin, where radiation levels, worker movements, and operational context are visualized instantly.

Before RISE

✕  Periodic, manual dosimeter checks
✕  Paper-based area surveys and logs
✕  Delayed exposure event reporting
✕  Fragmented permit and zone controls
✕  Reactive, post-incident compliance
✕  No predictive dose forecasting

After RISE

✓  Continuous real-time sensor monitoring
✓  Live digital twin with radiation overlays
✓  Sub-30-second automated alert & response
✓  Unified, context-aware zone management
✓  Proactive, auto-logged compliance records
✓  AI-driven predictive exposure forecasting

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Ready to Transform Radiation Safety at Your Facility? See how RISE can deploy a live radiation protection intelligence layer in your nuclear plant in weeks, not years.
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